Gate Automation Systems Using Access Control Mechanisms
Aboagye Isaac Adjaye, Dodoo Ebenezer Nii Darko, Nagai James Tei-Mensah, Kumedzro Selorm Kofi, Freitas Sylvester Nana Yaw, Korang John, Margaret Richardson Ansah, Sowah Nii Longdon · 2024
In an era of rapid technological evolution and security advancements, integrating access control mechanisms into daily security systems has become expedient. There is a growing need to enhance security and operational efficiency in controlling access to restricted areas by utilizing advanced access control mechanisms. In this research, a Gate Automation System that implements License Plate Recognition (LPR), Radio Frequency Identification (RFID), biometric scanners, and Mobile phone technology was designed and demonstrated. The development process followed an iterative approach, involving prototyping, simulations, testing, and refinement to ensure system reliability, responsiveness, and robustness. The system featured a user-friendly web application that served as the primary interface for security personnel to monitor and control access to the premises through the gate. The gate automation system integrated multiple access control mechanisms and offered secure and convenient entry options. For the LPR subsystem, we implemented a network IP camera that received images from the environment and processed the images through a Python code designed to detect license plates in real-time. The methodology involved designing a network of sensors and access control devices, managed by a centralized software platform employing machine learning algorithms for threat detection and system optimization. The Results showed a significant reduction in unauthorized access incidents and improved processing times for authorized entries. The findings suggest that implementing such automation systems can substantially enhance access-controlled environments' security efficiency and safety.